Spring Syllabus
Physics | Calculus | Chemistry | |
Week 1 | Mechanical Waves
(Chapter 16) |
Functions of Several Variables and Parital
Derivatives (11.1-11.3)
Chain Rule (11.4-11.5) |
Kinetics II (Chapter 13) |
Week 2 | Standing Waves
(Chapter 18) Quantum Theory (Chapter 40) |
Fourier Series (8.9-8.10) | Quantum Theory: Blackbody Radiation, Light
& Applications of the Bohr Model
(ONG: Chapter 15.1 - 15.5)
|
Week 3 | Quantum Mechanics
(Chapter 41-42) |
Partial Differential Equations | Quantum Mechanics: Atomic Orbitals
(ONG: 15-6, 15.7) (D&G: 1.10 - 1.12) |
Week 4 | Wave Nature of Light | Extreme Values (11.7) | Periodicity
(ONG: 15.8 - 15.9) (D&G: 1.13, 2.1-2.7) |
Week 5 | Electric Circuits | Exteme Values/Lagrange Multipliers (11.7-11.8) | Classical Bonding: Ionic Bonding |
Week 6 | Magnetic Fields | Sequences (8.1,8.2) | Classical Bonding: Lewis Structures |
Week 7 | Magnetic Force | Series (8.3-8.6) | Molecular Geometry |
Week 8 | Magnetic Induction | Taylor and Maclaurin Series (8.7) | Valence Bond Theory |
Week 9 | Nuclear Physics | L'Hopital's Rule (7.6), Hyperbolic Functions (6.5) | Molecular Orbital Theory |
Week 10 | Particle Physics | Application of Power Series | Molecular Orbital Theory |
Homework and Review
Assignments.
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